cm0002@lemmy.world to Technology@lemmy.worldEnglish · 1 年前Anthropic has developed an AI 'brain scanner' to understand how LLMs work and it turns out the reason why chatbots are terrible at simple math and hallucinate is weirder than you thoughtwww.pcgamer.comexternal-linkmessage-square167fedilinkarrow-up1408arrow-down151
arrow-up1357arrow-down1external-linkAnthropic has developed an AI 'brain scanner' to understand how LLMs work and it turns out the reason why chatbots are terrible at simple math and hallucinate is weirder than you thoughtwww.pcgamer.comcm0002@lemmy.world to Technology@lemmy.worldEnglish · 1 年前message-square167fedilink
minus-squarekkj@lemmy.dbzer0.comlinkfedilinkEnglisharrow-up7·1 年前But you wouldn’t multiply, say, 74*14 to get the answer.
minus-squareNatanael@infosec.publinkfedilinkEnglisharrow-up5·edit-21 年前Not, but I’d do 75*10 + 75*4, then subtract the extra. The LLM method of doing it with multiple numbers without proper interpolation though makes it extra weird
minus-squareManticore@lemmy.nzlinkfedilinkEnglisharrow-up4·edit-21 年前I might. Then I can subtract 74 to get 74*14, and subtract 28 to get 72*13. I don’t generally do that to ‘weird’ numbers, I usually get closer to multiples of 5, 9, 10, or 11. But a computer stores information differently. Perhaps it moves closer to numbers with simpler binary addresses.
But you wouldn’t multiply, say, 74*14 to get the answer.
Not, but I’d do 75*10 + 75*4, then subtract the extra.
The LLM method of doing it with multiple numbers without proper interpolation though makes it extra weird
I might. Then I can subtract 74 to get 74*14, and subtract 28 to get 72*13.
I don’t generally do that to ‘weird’ numbers, I usually get closer to multiples of 5, 9, 10, or 11.
But a computer stores information differently. Perhaps it moves closer to numbers with simpler binary addresses.